Heat pump storage tank WP
( 17 products )
High-performance with double register
(Artikelnummer: 100301000)
1.300,00 €/pc *
Item no. 100301000
Item no. 100301000
In stock, available.
High-performance with double register
(Artikelnummer: 100301100)
1.400,00 €/pc *
Item no. 100301100
Item no. 100301100
In stock, available.
High-performance with double register
(Artikelnummer: 100301200)
1.690,00 €/pc *
Item no. 100301200
Item no. 100301200
In stock, available.
High-performance with double register
(Artikelnummer: 100301300)
1.980,01 €/pc *
Item no. 100301300
Item no. 100301300
In stock, available.
High-performance with double register
(Artikelnummer: 100301400)
2.700,00 €/pc *
Item no. 100301400
Item no. 100301400
Out of stock, delivery time approx 3 - 4 weeks
High-performance with double register
(Artikelnummer: 100301500)
3.150,00 €/pc *
Item no. 100301500
Item no. 100301500
Out of stock, delivery time approx 3 - 4 weeks
High-performance with double register
(Artikelnummer: 100301600)
5.249,99 €/pc *
Item no. 100301600
Item no. 100301600
Out of stock, delivery time approx 3 - 4 weeks
High-performance with double register
(Artikelnummer: 100301700)
6.499,99 €/pc *
Item no. 100301700
Item no. 100301700
Out of stock, delivery time approx 3 - 4 weeks
high-performance hybrid heating solution
(Artikelnummer: 100302000)
1.850,00 €/pc *
Item no. 100302000
Item no. 100302000
In stock, available.
high-performance hybrid heating solution
(Artikelnummer: 100302100)
1.990,00 €/pc *
Item no. 100302100
Item no. 100302100
In stock, available.
high-performance hybrid heating solution
(Artikelnummer: 100302200)
2.350,00 €/pc *
Item no. 100302200
Item no. 100302200
In stock, available.
high-performance hybrid heating solution
(Artikelnummer: 100302300)
2.550,00 €/pc *
Item no. 100302300
Item no. 100302300
Out of stock, delivery time approx 3 - 4 weeks
high-performance hybrid heating solution
(Artikelnummer: 100302500)
3.850,00 €/pc *
Item no. 100302500
Item no. 100302500
Out of stock, delivery time approx 3 - 4 weeks
high-performance hybrid heating solution
(Artikelnummer: 100302400)
3.320,00 €/pc *
Item no. 100302400
Item no. 100302400
Out of stock, delivery time approx 3 - 4 weeks
WP - H series 300-600 liters
(Artikelnummer: 130302000)
135,01 €/pc *
Item no. 130302000
Item no. 130302000
Out of stock, delivery time approx 3 - 4 weeks
Inside enamelled tank for central domestic hot water systems, upper heat exchanger with special oversized surface for best heat pump or condensing boiler performance; solar systems can be connected to the second bottom heat exchanger, prepared for auxiliary heating by an electrical element. Available standard sizes 350 and 500 litres.
EXTRA-LARGE HEAT EXCHANGE SURFACE
The use of modern heat pumps in combination with our high performance solar collectors has been a challenge for our constructing engineers. The sophisticated technology guarantees highest gains.
Heat pump application: the heat pump can achieve the best energy performance due to the huge double register in the upper area of the tank. The heat exchanger surfaces are more than sufficient to achieve an adequate coefficient of performance even for the preparation of DHW.
Solar application: the lower tank area consists of a special heat exchanger with additional exchanger surface in the tank’s double bottom. This bottom integrates the usually idle tank area underneath the heat exchanger into the solar heat zone. The solar return line is the lowest connection of the tank. Thus, the DHW is completely heated up to the bottom which guarantees ideal heat efficiency.
Due to its special design the Solarbayer heat pump tank provides for a continuous output and best quality drinking water. Furthermore, the operating costs of the heat pumps are kept low.
The heat pump solar DHW tank offers many advantages for the condensing technology as well. The burner operating time is going to be elongated due to the bigger refueling capacity and at the same time the burner starts are decreased. Condensing boilers prefer low return line temperatures. The enormously vast refueling heat exchanger increases the ΔT between boiler flow line and boiler return line and therefore enables a high boiler efficiency factor.
Take advantage of these benefits
- double heat exchanger register for the heat pump
- plain tube solar heat exchanger
- double tank bottom for highest heat transmission of your solar system
- perfectly suitable for condensing technology due to the vast upper heat exchanger surface
- this tank is a high performance DHW tank due to the enormous power of the upper heat exchanger, it even meets the demands of multi-family houses
- high quality steel S235JR (thick walled, compression proof)
- internal corrosion protection with double enameling (Made in Germany), two magnesia anodes
- rigid foam PU insulation, non-removable, insulation protection approx. 50 mm, silver PVC jacket, fire protection classification: B2
- installation of electric heating element is possible
Successful detail solutions
Technical specifications
| Heat pump DHW tank WP | 350 | 500 | |
| nominal capacity approx. | L | 396 | 499 |
| height with insulation [A] | mm | 1590 | 1790 |
| tilted height | mm | 1765 | 1945 |
| diameter (incl. non-removable solid foam insulation) [C] | mm | 750 | 750 |
| insulation thickness | mm | 50 | 50 |
| weight. | kg | 200 | 240 |
| max. operating pressure | °C | 95 | 95 |
| max. operating temperature | bar | 10 | 10 |
| max. size of electric heating element (optional) | kW | 6 | 6 |
| stand-by heat loss according to EN 12897:2006 | 350 | 500 | |
| standby heat loss | kWh/24h | 2,11 | 2,64 |
| energy efficiency class | C | C | |
| efficiency label |  |
|
| specifications double heat exchanger, top | 350 | 500 | |
| heating surface approx. | m² | 4,6 | 5,5 |
| capacity approx. | L | 28,2 | 34 |
| pressure drop (2 m³/h) | mbar | 76 | 87 |
| heat transmission power (7 K; 1 m³/h; Tflow = 55°C) | kW | 14 | 16 |
| heat transmission power (10 K; 1 m³/h; Tflow = 75°C) | kW | 21 | 25 |
| max. operating pressure | bar | 10 | 10 |
| max. operating temperature | °C | 95 | 95 |
| specifications output performance | 350 | 500 | |
| continuous tap output at 11 kW (Tflow 55°C), CW 10°C/HW 45°C | L/h | 815 | 1300 |
| continuous tap output at 16 kW (Tflow 55°C), CW 10°C/HW 45°C | L/h | 943 | 1550 |
| continuous tap output at 17 kW (Tflow 70°C), CW 10°C/HW 45°C | L/h | 1010 | 1700 |
| continuous tap output at 27 kW (Tflow 70°C), CW 10°C/HW 45°C | L/h | 1270 | 2200 |
| continuous tap output at 50 kW (Tflow 70°C), CW 10°C/HW 45°C | L/h | 2050 | 3780 |
| performance indicator NL at 70/50, double heat exchanger top | NL | 31 | 38 |
| performance indicator NL at 70/50, both heat exchangers | NL | 40,8 | 45,2 |
| specifications heat exchanger bottom | 350 | 500 | |
| heating surface solar heat exchanger | m² | 1,5 | 1,5 |
| capacity solar heat exchanger (total, incl. double bottom) | L | 9,2 (14) | 9,2 (14) |
| pressure drop (2 m³/h) | mbar | 82 | 82 |
| heat transmission power (8 K; 1 m³/h; Tflow = 65°C) | kW | 5 | 5 |
| heat transmission power (8 K; 1 m³/h; Tflow = 75°C) | kW | 5 | 5 |
| max. operating pressure solar heat exchanger | bar | 10 | 10 |
| max. operating temperature solar heat exchanger | °C | 110 | 110 |
| recommended min. collector surface ca. | m² | 7 | 10 |
| connections with dimensioning | 350 | 500 | |
| [1] anodes (2 pcs., 1 ¼″) | oben |
oben |
|
| [2] hot water (Rp 1 ¼″) | mm | 1390 | 1590 |
| [3] thermometer (Rp ½″) | mm | 1300 | 1515 |
| [4] heating flow (Rp 1 ¼″) | mm | 1290 | 1490 |
| [5] tap water sensor 1 (Rp ½″) | mm | 1190 | 1390 |
| [6] circulation (Rp 1″) | mm | 990 | 1190 |
| [7] tap water sensor 2 (Rp ½″) | mm | 640 | 740 |
| [8] heating return (Rp 1 ¼″) | mm | 540 | 640 |
| [9] cleaning flange with connection electric heating element (Rp 1 ½″) | mm | 480 | 520 |
| [10] solar flow (Rp 1″) | mm | 405 | 405 |
| [11] solar sensor (Rp ½″) | mm | 290 | 290 |
| [12] cold water (Rp 1 ¼″) | mm | 190 | 190 |
| [13] solar return (Rp 1″) | mm | 100 | 100 |
Speicherbemaßung
Manufacturing tolerance according to DIN ISO 13920 C
Please take the instructions for installation/start up/maintenance from the relevant operation manuals
